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Titlebook: Analytical Ultracentrifugation VII; M. D. Lechner,L. Börger Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 2004 Polymer.Vak

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,Host–guest interactions between poly(methylhydro-dimethylsiloxane) and solvent molecules studied byular weight poly(methylhydro-dimethylsiloxane) (PMS) under ambient conditions. The same organic liquids of different nature were employed, firstly, as solvents and, secondly, as plasticizers of different polarity. The shape and the hydrodynamic size of the PMS molecules in dilute solutions are chara
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Analytical ultracentrifugation for the study of biological macromolecules,ons made in ., a practical and lecture course (61–8 June 2002) and the following Euro Conference (8–11 June 2002) in Autrans, France. The specificities of biological materials compared with those of polymers or colloid physics and the reason why AUC is so powerful in routine studies and how it can a
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,Modeling the transport of low molecular weight metal complexes across the liquid–liquid interface dnterface, α, in solvent extraction systems by using analytical ultracentrifugation, emphasizing extraction systems with chemical reaction at the liquid–liquid interface. If this reaction is fast, the transport process is diffusion-limited. The experimental data of dichromate extraction by tertiary a
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Modeling the hydration of proteins at different pH values,rotein surface in terms of dot surface points and for visualizing both the atoms and the surface points. On the basis of known hydration numbers for the constituent amino acid (AA) residues as suggested by Kuntz and Hopfinger and applying site-specific hydration algorithms implemented in the program
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Comparative modeling of giant annelid hemoglobins,es (., .,.) has been compared. The results reveal that these hemoglobins exhibit slight differences in their fine structure, particularly with respect to the presence of a cavity in the central part of the proteins. Results have been obtained by application of several advanced modeling strategies. T
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